What Are ITO Slides Used For?
Among the many tools that researchers rely on, Indium Tin Oxide (ITO) coatings have emerged as a transformative technology. By seamlessly combining electrical conductivity with transparency, ITO coatings open up a world of possibilities, including conductive glass slides.
Why Choose Conductive Glass ITO Slides?
Recent studies have highlighted the immense benefits of utilizing conductive ITO glass slides. These slides facilitate secondary electron and backscatter electron imaging without the need to charge the specimen. Furthermore, they unveil intricate details of cellular structures, such as actin cytoskeletal and mitochondrial features in mouse embryonic fibroblasts. This breakthrough allows for a deeper understanding of cellular functions and interactions.
What Are ITO Slides Used For?
The use of ITO glass as a substrate for cell culture represents a significant advancement in electron microscopy. It enables researchers to view specimens without the need for charging, providing unprecedented clarity and precision in imaging. This breakthrough is invaluable in various scientific fields, including cellular biology and medical research.
Why ITO for Glass Slides?
Indium Tin Oxide coatings are the ideal choice for glass slides due to their dual nature. ITO is not only highly conductive but also completely transparent. This unique combination is essential in numerous critical industries, ranging from military and medical applications to auto and aviation technologies. In fact, if you’re reading this blog on a tablet or phone, there’s a good chance that your screen relies on ITO for its touch and sensor functionality!
Conductive glass slides find their place in the research and development facilities of leading universities and institutions worldwide. As a company, ITO Coatings has earned the reputation of being the trusted supplier for many of these esteemed establishments.
ITO Conductive Glass Slides
These slides are typically crafted from soda lime glass, known for its cost-effectiveness, chemical stability, and hardness. This type of glass can also be thermally or chemically strengthened to meet specific requirements.
However, it’s worth noting that over time, sodium ions may diffuse into the Indium Tin Oxide layer, potentially affecting the slide’s performance and lifespan. To address this concern, ITO Coatings offers an enhanced feature upon request—a silicon oxide barrier layer that prevents diffusion.
We offer a diverse selection of sizes and grades, ensuring high levels of transmittance in various dimensions, thicknesses, and resistances. Additionally, our offerings extend to ITO coated coverslips, providing comprehensive support for researchers and scientists alike.
These high quality ITO slides and coverslips start from just under $9 per slide (sold in packs of 10) and available to purchase at the link. If you have certain specific requirements, please get in touch with us. A member of our technical team would be happy to discuss these with you and provide the best solution.
